Water level sensor 230V AC It is used to control the level of liquid thanks to the control probes placed in the tank. Type: DF-96Dli> Working voltage:AC 230V/50HZli> Max load current :9.5A. 15A (instantaneous)li> Output voltage:230V ACli> For mounting on the DINli> Power consumption ≤ 2Wli> Transmission signal max:450mli> Size: 126*88*51mmli> Sensor probes to be purchased separately available in two or five-meter sets. A.B.C.D.E These are the contacts to which the end of the probe wire is screwed. Description of function Mode1 (schemat 1 - automatic filling of the tank) A- upper checkpoint. When the water reaches this point, the controller will automatically turn off the pump. li> B- lower checkpoint. When the water stops contacting the sensor, the controller will automatically turn on the pump. li> C- this probe must be installed at the bottom of the tank. (C combined with D and E)li> Description of the function Mode2 (schemat 2 - automatic emptying of the tank [protection against overflow of the tank]) E- upper checkpoint. When the water reaches this point, the controller will automatically turn on the pump. li> D- lower checkpoint. When the water stops contacting the sensor, the controller will automatically turn off the pump. li> C- this probe must be installed at the bottom of the tank. li> A, B- disconnectedli> Description of the function Mode3 (schemat 3 - protection against lack of water in the tank) C+D - Lower checkpoint. When the water falls below this point, the test tube will stop contacting the water at point C or D and the controller will turn off the pump. li> E+C - Connected together/compact (bridge). li> A and B- not connected. li> Description of the function Mode4 (schemat 4 - joint control of the upper and lower tanks) A- Upper checkpoint of the upper reservoir. When the water reaches point A, the test tube will come into contact with the water and the controller will turn off the pump. li> B- Lower checkpoint of the upper reservoir. When the water level below point A, the test tube will not come into contact with the water and the controller will turn on the pump. li> ------------ C- install at the bottom of tanksli> ------------ D- Lower checkpoint of the lower tank. When the water level falls below point D, the test tube will stop contacting the water, the controller will stop the pump. (will keep water in the tank)li> E- Upper checkpoint of the lower tank. When the water level reaches point E, the water will reach the test tubes and the controller will start the pump operation. (drain water from the tank). If draining water is not required E- do not connect. li> The use of the regulator as an ordinary water sensor: Description of the function- When the water in the tank drops to the level of X liters, the diode (or other device, e.g. speaker) signals that water should be added to the tank. li> Description of the installation- To power the pump, connect the signaling device. Install the regulator probes wg diagram no.: 1 and li> < li >A- do not connect this probe li> < li >B- place the probe at the height of the tank at a capacity of X liters (when the water level is below this probe, the controller should turn on the diode) li> < li >C- install the probe at the bottom of the tank (C connected to D and E [bridge]) li>